Retrieved March 19, 2014. ^ Panasonic Press Tour Japan 2007 p2-3 ^ «Annual Report 2015» (PDF). FANUC Corporation. Whether its cutting threads on minute screws, milling complex moulds, connector housings and grinding gears using five axes, or automatically milling, drilling and polishing watch movements and cases, FANUC CNCs advanced functionality provides the level of control this kind of precision requires. Retrieved January 23, 2016. ^ «FANUC company profile». , Inc. There is no specific syntax for distinguishing the model from the device type and series, with spaces or dashes or slashes, which can result in difficulty searching for information, parts, and service for this equipment.
Some FANUC NC Controllers include: Control name Series or version Differences and capabilities FANUC 20 Series A FANUC 20 Series B FANUC 30 Series A FANUC 30 Series B FANUC 2000 Series A FANUC 3000 Series A There is no model 4/4000, likely because it is a Japanese unlucky number. Archived from the original (PDF) on May 13, 2014. Retrieved March 19, 2014. ^ «Components:Nikkei Stock Average». Nikkei Inc. Complex oversized parts FANUC CNCs provide the advanced levels of control required for large-scale milling, turning and grinding operations, including state-of-the-art fibre placement machines with multiple coordinated axes.
Easy-to-operate standard setups and smart simulation tools such as the FANUC NCGuide make setting up the FANUC CNC straightforward, ensuring you are usually up and running within just a few days. Макропрограмма смены инструмента, паллет, циклы измерения — везде достаточно написать пару символов, и можно серьёзно повредить оборудование. А те, кто разбирается в том, что именно там редактировать, он и так знает, как открыть NE9 и NE8. :(. From very small to very large workpieces, from very soft to very hard materials, FANUC CNC provides the ideal balance between utmost precision, flawless surface quality and the shortest possible cycle times. Retrieved 2016-06-24. ^ «FANUC’s Management — Profile». FANUC Corporation. They are ideally suited to machining sculptured surfaces and complex oversized parts such as turbine housings, rotors and blades, bearing housings, wind turbine blades and gearboxes, or anything that poses a challenge when it comes to size.